Magnetic products
Description
Wire Wound on Ferrite core and covered with ferrite board.
Wire Wound on Ferrite core and covered with ferrite board.
Features
• Low profile and very small size SMD Design
• Wound chip construction with standard 322522 to 453228 size
• Great EMI suppression effect at higher frequency over 500MHz
• Low impact to signal wave form
• Low profile and very small size SMD Design
• Wound chip construction with standard 322522 to 453228 size
• Great EMI suppression effect at higher frequency over 500MHz
• Low impact to signal wave form
Applications
• Preventive measure against high speed signal
• Radiation emissions such as USB 2.0
• IEEE1394 or LAN interface
• Best for NB, DSC, mobile device design
• Preventive measure against high speed signal
• Radiation emissions such as USB 2.0
• IEEE1394 or LAN interface
• Best for NB, DSC, mobile device design
| Test Voltage | 1.0V |
| Parameters Test Temp | 25°C |
| Operation Temp (Including temperature Rise) | -40℃ to +125℃ |
| Storage Temp | 0~40℃ |
| Storage Humidity | <70% RH |
| Resistance to Soldering Heat | 260℃ for 10 sec |
| Rated Current | |
| Temperature Rise | 40℃ Typ. at Rated Current |
OWICM322522L-110
Single Common Mode ChokeAll in series
Product ID
Inductance
Impedance
DCR [mohm]
Isat [A]
Test condition
SRF [MHz]
Irms [A]
Custom 1
Samples
Inductors:
Product ID
inductance table
11.00
impedance table
300
DCR max:
400.00
IsatA table:
-
test condition table
-
SRF [MHz] min:
Irms A table
0.30
Custom 1_products
samples visning
L tol note:
Shape and dimensions [mm]
A
B
C
D
E
F
G
H
I
J
Shape
A:
3.20
A tol:
±0.2
B:
2.50
B tol:
±0.2
C:
2.20
C tol:
±0.2
D:
0.60
D tol:
Ref
E:
E tol:
F:
F tol:
G:
G tol:
H:
H tol:
I:
I tol:
J:
J tol:
Shape:
Square
a
b
c
d
aa
0.90
aa tol
Ref
bb
1.90
bb tol
Ref
cc
1.00
cc tol
Ref
dd
0.80
dd tol
Ref
Dimension remarks:
Recommended dimension, a,b,c,d for PCB pad
Dimensions Image: 
PAD Image: 
Schematic Image: 
click images to enlarge
Ole Wolff Elektronik A/S
|
Roedengvej 14, 4180 Soroe, DK Denmark
|
+45 5783 3830
|
sales@owolff.com